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National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Neuroinformatics: calibration methods in multicentric MR studies
 Kovalčík, Tomáš ; Říha, Ivo (referee) ; Provazník, Ivo (advisor)
Work deals with methods of calibration of multi-center study of magnetic resonance imaging. Magnetic resonance is the phenomenon of the substance in a magnetic field of induction B0 delivers energy in the form of RF pulse with the Larmor frequency and thus to excite particles to higher energy levels. Calibration can be performed using the distinctive and homogeneous RF phantoms. Furthermore, we can perform calibration using image registration. To calibrate the images by registering the work described in the classical linear (affine) and nonlinear. Listed below are the simulators, which are also useful for modeling various artifacts.
Detailed record
Neuroinformatics: calibration methods in multicentric MR studies
 Kovalčík, Tomáš ; Říha, Ivo (referee) ; Provazník, Ivo (advisor)
Work deals with methods of calibration of multi-center study of magnetic resonance imaging. Magnetic resonance is the phenomenon of the substance in a magnetic field of induction B0 delivers energy in the form of RF pulse with the Larmor frequency and thus to excite particles to higher energy levels. Calibration can be performed using the distinctive and homogeneous RF phantoms. Furthermore, we can perform calibration using image registration. To calibrate the images by registering the work described in the classical linear (affine) and nonlinear. Listed below are the simulators, which are also useful for modeling various artifacts.
Detailed record

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